Collection:SMC Base Mounted & Body Ported Solenoid Valves SYJ3000

SMC Base Mounted & Body Ported Solenoid Valves SYJ3000 offer a compact and efficient solution for pneumatic control systems. These 5-port solenoid valves combine space-saving design with sup... Read more

SMC Base Mounted & Body Ported Solenoid Valves SYJ3000

SMC Base Mounted & Body Ported Solenoid Valves SYJ3000

SMC Base Mounted & Body Ported Solenoid Valves SYJ3000 offer a compact and efficient solution for pneumatic control systems. These 5-port solenoid valves combine space-saving design with superior performance, making them ideal for various industrial applications. Available in both base-mounted and body-ported configurations, the SYJ3000 series provides flexibility in installation and system integration.

Operating with air as the working fluid, these valves function within a pressure range of 0.15 to 0.7 MPa. The effective area varies depending on the configuration, with body-ported models offering 0.9 mm² (Cv 0.05) and base-mounted models with sub-plates providing 1.8 mm² (Cv 0.1). This range of specifications allows for precise control in different pneumatic systems.

The SYJ3000 valves feature a low-power pilot solenoid design, consuming only 0.5 watts as standard. This energy-efficient operation reduces heat generation, enhancing performance and lowering operating costs. The valves are compatible with various coil rated voltages, including 3, 5, 6, 12, and 24 VDC, as well as 100, 110, 200, and 220 VAC, accommodating diverse power supply requirements.

Designed to operate in ambient and fluid temperatures up to 50°C, these valves are suitable for a wide range of industrial environments. The SYJ3000 series can be configured on base-mounted manifolds or individually on sub-plates, offering versatility in system design. All electrical connections come with options for lights and surge suppression, enhancing safety and monitoring capabilities.

When selecting SMC Base Mounted & Body Ported Solenoid Valves SYJ3000, consider the specific pressure requirements, desired effective area, available power supply, and installation method to ensure optimal performance in your pneumatic system.